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Digital and Die Cutting Services

Ward & Kennedy supplies businesses nationwide with traditionally die-cut and high-precision digitally cut urethane. From wear pads to tooling molds and everything in between, you can trust Ward & Kennedy’s nearly 100-year history for fast turnaround times and dedicated service and support.

Manufacturing Applications and Uses of Urethane

Urethane is a durable elastomeric material valued for its abrasion resistance, load-bearing strength, and ability to be formed in a wide range of hardness levels. It's used across industrial, automotive, and material handling applications, particularly where a material needs to withstand repeated wear, impact, or friction.

Common products made from urethane include:

  • Industrial rollers and wheels
  • Bushings and mounts
  • Gaskets and seals
  • Wear pads and liners
  • Prototype and tooling molds
Urethane Digital/Die Cutting Services

Properties of Urethane

Urethane's hardness, abrasion resistance, and thickness directly affect how it performs during cutting, from blade selection to tool wear.

PropertyDescription
Hardness Ranges from soft and rubber-like to hard and rigid, requiring different blades or tools depending on grade
Abrasion resistance High resistance to wear can dull cutting blades faster than softer materials
Thickness Thicker urethane sheets or pads require more cutting force and sharper dies for clean edges
Elasticity Stretch can distort shapes during cutting if the material isn't held flat and stable
Density Affects how much pressure is needed to cut through without dragging or tearing
Rebound Determines how well cut pieces hold their final shape after the blade passes through

Cutting Applications

  • Through cuts

    slices completely through the material, and both digital cutters and traditional dies can perform it depending on thickness and volume.

  • Perforation

    Perforation creates a line of small cuts for easy hand separation, achievable by both die cutting and digital cutting.

Digital vs Die Cutting Urethane

Digital Cutting Urethane

Digital cutting works well for prototyping urethane products and producing custom shapes, such as new wear pad designs or gasket prototypes, since patterns can be tested and adjusted without any tooling cost.

Die Cutting Urethane

For production runs, die cutting is the standard approach for repeated shapes like gaskets, seals, and wear pads cut from urethane sheet stock. The upfront tooling cost is offset by faster cutting speeds and lower per-unit costs once the design is finalized and moving into full production.

Our ProcessDesign to Production Runs

At our facility in Milwaukee, WI, our team of designers and fabricators can help bring your vision to life. Whether you have existing design files or assistance with their creation, we’re here every step of the way.

1

Design

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2

Protoyping

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3

Fabrication

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4

Full Production Runs

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Additional Die Cutting Capabilities

Along with fabrics, we die cut materials like:

Ward & Kennedy has been designing, fabricating, and supplying industries all over the world since we were founded in 1928. Whether you’re in our Wisconsin backyard or located across the world in Asia, we can supply your die cut materials.

More Than Just a Tool & Die Shop

Along with fabricating parts for businesses across America, we supply them with the necessary tools, supplies, and gear to keep them running at full capacity. We stock abrasives, adhesives, PPE, and more from major brands like 3M, Dynablade, Superior Glove, Wendt and Mirka.

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Ward & KennedyFAQs About Die Cutting Urethane

Urethane die cutting is a precision cutting process that involves using a specialized die to cut shapes, patterns, or designs from urethane sheets or materials.
Urethane die-cutting is widely employed in various industries, including automotive, aerospace, electronics, and manufacturing. It is ideal for applications that require custom gaskets, seals, vibration dampeners, and other components with specific requirements..
A die is created with the desired shape or pattern. The urethane material is then placed beneath the die, and a press or machine applies pressure to cut the material according to the die's shape.
Urethane die cutting is often cost-effective due to its precision and efficiency. The ability to minimize material waste and produce consistent results can lead to cost savings.
Quality control measures in urethane die cutting may include inspection of the cut components for precision and quality, as well as adherence to specified tolerances and dimensions.
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